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首页> 外文会议>3rd International Workshop on Structural Health Monitoring, Sep 12-14, 2001, Stanford University >Structural Health Monitoring System Using FBG-Based Sensors for a Damage Tolerant Building
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Structural Health Monitoring System Using FBG-Based Sensors for a Damage Tolerant Building

机译：使用基于FBG的传感器的结构健康监测系统，用于容灾建筑物

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摘要

A structural health monitoring system using FBG-based optical sensors for a 12-story steel building is presented. The building is equipped with several panel dampers made of low-yielding steel panels. The panel dampers work as energy sinks to reduce the vibration response of the building when subject to a larger earthquake. The structural health monitoring system is hence installed to ensure the structural integrity by monitoring the response of the building. FBG-based optical sensors employed for the system were newly developed to measure strain, displacement and temperature. The installed system was verified to function properly when careful tuning of the system was made.
机译：提出了一种使用基于FBG的光学传感器的12层钢结构结构健康监测系统。该建筑物配备了数个由低产量钢板制成的面板阻尼器。面板阻尼器可作为能量吸收器，以减少建筑物在遭受较大地震时的振动响应。因此，安装了结构健康监视系统，以通过监视建筑物的响应来确保结构完整性。该系统采用的基于FBG的光学传感器是新开发的，用于测量应变，位移和温度。仔细调整系统后，已验证已安装的系统可以正常运行。

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